The yield to maturity on the bonds is 10.0868%
<u>Explanation</u>:
Given,
Annual coupon rate = 8% = 0.08
Par value = $ 1000
Price = $ 865
N = 11 
1 .
PV = $ 865
PMT = ( Par Value The coupon rate) / F
= ( 1000 0.08 ) / 1
= 80.
FV = 1000.
Financial calculator solution
the yield to maturity = I = 0.1008668
= 10.0868% .
Answer:
Make since the relevant cost to make it is $59.05
Explanation:
Calculation to determine what Epsilon should choose to:
Relevant costs to make = 8.20 + 24.20 + [41*(100%-35%)]
Relevant costs to make = 8.20 + 24.20 + (41*65%)
Relevant costs to make = 8.20 + 24.20 + 26.65
Relevant costs to make =$59.05
Therefore Epsilon should choose to: MAKE SINCE THE RELEVANT COST TO MAKE IT IS $59.05
Answer:
The disposal resulted was at D. No gain or loss
Explanation:
The gain or loss on disposal on a fixed asset is calculated by comparing the sales proceeds from disposing off the asset and the carrying value of the asset.
The carrying value of the asset is its net book value which is calculated as follows,
Carrying value = Cost - Accumulated depreciation
If the carrying value is equal to the sales proceeds from disposal, there is no gain or loss.
The carrying value of copy machine was = 45000 - 44000 = $1000
The sales proceeds were also $1000
Thus, gain/loss on disposal = 1000 - 1000 = $0
Thus, there was no gain or loss on disposal.
Answer:
Plaintiff
Explanation:
The Plaintiff is the person who brings the case against the another in the court of the law.
On the other hand, the defendant is the person who defends himself/herself against the suit filed by Plaintiff in the court of the law.
In the given case, Jill has filed the suit against Jack in the court of the law which means that Jill is the Plaintiff.
Answer:
$3,168
Explanation:
We will receive $4000 in future (after 4 years time) which means all we want to know is the amount that we Derek must deposit today.
This present value of the $4000 payment received after 4 years from today can be calculated using the following formula:
Present value = Future Value / (1 + r)^n
Here
Future Value is $4000
r is 6%
n is 4 years
So by putting values, we have:
Present value = $4000 / (1 + 6%)^4 Years
Present value = $3,168
